CN217549372U - Foam water smoke presses down dirt system - Google Patents
Foam water smoke presses down dirt system Download PDFInfo
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- CN217549372U CN217549372U CN202221608156.4U CN202221608156U CN217549372U CN 217549372 U CN217549372 U CN 217549372U CN 202221608156 U CN202221608156 U CN 202221608156U CN 217549372 U CN217549372 U CN 217549372U
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Abstract
The utility model discloses a foam water mist dust suppression system, which comprises a foam dust suppression system, a water mist dust suppression system and a wind supply system; the foam dust suppression system includes: a diluent supply system, a stock solution supply system, and a foaming injection system; the water smoke presses down dirt system includes: a clean water supply system and a clean water injection system; the fresh water supply system comprises: a second liquid storage device for keeping the pressure of the clear water; the air supply system includes: the second air compression system, the third air compression system and the fourth air compression system. Has the beneficial effects that: the utility model discloses press down dirt system and water smoke with the foam and press down the combination of dirt system, can have the foam simultaneously and press down dirt and clear water and press down the function of dirt in a system. Meanwhile, the air supply system is used for generating foam and spray and has a cleaning function.
Description
Technical Field
The utility model relates to a dust fall presses down the dirt field, concretely relates to foam water smoke presses down dirt system.
Background
Aiming at water mist dust removal, at present, the water mist dust removal method has simple water mist dust removal and physical and chemical methods. Although various modes exist for dust settling by the current physical and chemical methods, foam dust settling is mainly used at present. The foam dedusting has the advantages that the dedusting material can be added into the solution, and the foam can absorb and adhere dust better.
However, current foam-dusting devices can only eject foam of a specific, dedicated dusting agent for dusting, for different types of foam dusting under different ejection conditions, such as: the pressure, concentration and the like of the dust-settling agent have no compatibility; the dust settling device can not play a role in special places where only clear water mist can be used for settling dust. Therefore, it is less versatile.
SUMMERY OF THE UTILITY MODEL
In order to solve present dust device and not have the commonality, to the unable compatible problem of dust fall agent of different types, the utility model provides a foam water smoke presses down dirt system.
In order to achieve the above object, the utility model adopts the following technical scheme:
a foam water mist dust suppression system comprises a foam dust suppression system, a water mist dust suppression system and a wind supply system;
the foam dust suppression system comprises: a diluent supply system for continuously supplying a set amount of diluent to a first mixing tank, a stock solution supply system for proportionally adding a raw material solution to the first mixing tank according to the set amount of the diluent supplied, and a foaming injection system for injecting the solution formed in the first mixing tank after passing through a foaming device;
the water mist dust suppression system comprises: the fresh water spraying system comprises a fresh water supply system for continuously supplying fresh water and a fresh water spraying system for atomizing and spraying out the fresh water; the fresh water supply system comprises: second liquid storage device for storing clean water pressure
The air supply system comprises: a second air pressure system for providing air pressure for foaming or cleaning liquid remained in the foam flowing pipeline for the foaming device; a third compressed air system for providing air pressure for atomizing the clear water; and the fourth air compression system is used for providing air pressure for cleaning liquid remained in the clear water circulation pipeline.
Furthermore, the foaming injection system comprises a plurality of foam nozzles, the output end of each foaming device corresponds to one foam nozzle, and the input end of each foaming device is respectively connected with the solution inflow end and the output end of the second air pressing system in parallel.
Furthermore, the clean water injection system comprises a plurality of ultrasonic spray heads, and the input end of each ultrasonic spray head is respectively connected with the output end of the clean water supply system and the output end of the third compressed air system in parallel; the output end of the clear water supply system is also connected with the output end of the fourth compressed air system.
Furthermore, the solution outflow end is connected with the input ends of all the foaming devices through a first distributor; the output end of the second compressed air system is connected with the input ends of all the foaming devices through a second distributor;
the output end of the third air compression system is connected with the input ends of all ultrasonic spray heads in the clean water spraying system through a third distributor;
the output end of the fourth compressed air system is connected with the input ends of all ultrasonic spray heads in the clear water injection system through a fourth distributor, and the input end of the fourth distributor is also connected with the output end of the clear water supply system.
Wherein, first distributor, second distributor, third distributor and fourth distributor's structure is the same, all includes: a tubular distributor input and a plurality of tubular distributor outputs in communication with each other.
Furthermore, the foaming device comprises a shell cavity and an output pipe communicated with the shell cavity, wherein a spatial network-shaped foaming network and an input pipe communicated with the shell cavity are arranged in the shell cavity and close to the output pipe; the input tube output end extends to a position close to the foaming network; the shell cavity is also provided with an air inlet for air pressure to enter.
Further, the diluent supply system includes: the second pump is used for conveying and pressurizing diluent, and a liquid inlet end of the second pump is provided with a one-way valve;
the dope supply system includes: the second pump is used for conveying and pressurizing diluent, and a liquid inlet end of the first pump is provided with a one-way valve; and the solute of the first liquid storage tank is pumped to the first mixing tank through a metering pump.
Further, the second reservoir includes: the tank body and a sealed air cavity which is arranged above the tank body and communicated with the tank body.
Furthermore, the output end of the first mixing tank is provided with a first valve, and the output end of the second air compression system is provided with a second valve.
Furthermore, a third valve is arranged at the output end of the third air compression system, and a fifth valve is arranged at the output end of the clear water supply system.
Compared with the prior art, the utility model discloses following beneficial effect has: the utility model discloses press down dirt system and water smoke with the foam and press down the combination of dirt system, can have the foam simultaneously and press down dirt and clear water and press down the function of dirt in a system. Meanwhile, the air supply system is used for promoting the generation of foam, the formed foam can be blown out to be used for foam dust settling operation, and when the foam stops generating, the compressed air can blow the pipeline through which the foam flows for cleaning the pipeline. Similarly, in the water mist dust suppression system, the air pressing system not only generates mist, but also can clean accumulated water in the pipeline.
Drawings
FIG. 1 is a schematic view of the system of the present invention;
FIG. 2 is a schematic structural view of a foaming device;
fig. 3 is a schematic view of the dispenser.
In the figure: 1 shell cavity, 2 output pipes, 3 input pipes, 4 air inlets, 5 foaming networks, 6 distributor input ends and 7 distributor output ends.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
As shown in FIG. 1, the utility model discloses a foam water mist dust suppression system, which comprises a foam dust suppression system, a water mist dust suppression system and a wind supply system; particularly, the foam dust suppression system is used for providing and sprays out the system that the foam is used for the dust fall, and water smoke dust suppression system then sprays clear water, utilizes the clear water to carry out the dust fall, and presses down the foam not only for the foam dust suppression system and assisted the foam that provides, more mainly can also sweep the foam that generates, lets drop dust immediately after the foam generates and use, and simultaneously for the air system can also be under the condition that does not have the foam, the continuous pipeline that lets the foam flow through that sweeps remains dry throughout. And the water mist dust suppression system is used for providing clear water mist, clear water mist is utilized for dust reduction operation, meanwhile, the wind system is provided with a function of enabling the clear water to be atomized, and more mainly, a pipeline through which the clear water flows can be swept, so that the clear water is prevented from being remained in the pipeline, and other hazards such as icing are prevented.
The foam dust suppression system includes: a diluent supply system for continuously supplying a set amount of diluent to the first mixing tank, the diluent supply system comprising: and the liquid inlet end of the second pump is provided with a one-way valve. And a stock solution supply system for proportionally adding the stock solution to the first mixing tank according to the set amount of the supplied diluent, wherein in order to realize the quantitative supply of the diluent, field personnel can adjust the frequency of the second pump according to actual conditions, and realize the quantitative pumping through the frequency. The dope supply system includes: the first pump is used for pressurizing the raw material liquid and conveying the raw material liquid to the first liquid storage tank, and a one-way valve is arranged at the liquid inlet end of the first pump; and the solute of the first liquid storage tank is pumped to the first mixing tank through a metering pump.
More specifically, the output of first blending tank is equipped with first valve, and the second pressure wind system output is equipped with the second valve.
The foaming injection system comprises a plurality of foam nozzles, the output end of each foaming device corresponds to one foam nozzle, and the input end of each foaming device is connected with the solution inflow end and the output end of the second air compression system in parallel. Specifically, as shown in fig. 2, the foaming device comprises a shell cavity 1, an output pipe 2 communicated with the shell cavity 1, a foaming network 5 in a spatial network shape arranged in the shell cavity 1 and close to the output pipe 2, and an input pipe 3 communicated with the shell cavity 1; the output end of the input pipe 3 extends to a position close to the foaming network 5; the shell cavity 1 is also provided with an air inlet 4 for air pressure to enter.
The water mist dust suppression system comprises: the fresh water spraying system comprises a plurality of ultrasonic spray heads, the input end of each ultrasonic spray head is respectively connected with the output end of the fresh water supply system and the output end of a third compressed air system in parallel, specifically, the output end of the third compressed air system is connected with the air inlet end of the ultrasonic spray head, and the output end of the fresh water supply system is connected with the water inlet end of the ultrasonic spray head; the output end of the clear water supply system is also connected with the output end of the fourth compressed air system. The fresh water supply system comprises: a second liquid storage device for storing the clean water pressure; specifically, the second liquid storage device includes: the water pressure of the third pump can form elastic high pressure in the sealed air cavity, the formed elastic high pressure can eliminate fluctuation generated when the third pump pumps clean water, and can enable a clean water supply system to generate continuous water pressure so as to facilitate the supply and outflow of the clean water.
The air supply system comprises: a second air pressure system for providing air pressure for foaming or cleaning liquid remained in the foam flowing pipeline for the foaming device; a third compressed air system for providing air pressure for atomizing the clear water; and the fourth air compression system provides air pressure for cleaning the liquid remained in the clean water circulation pipeline. More specifically, the output end of the third compressed air system is provided with a third valve, and the output end of the clear water supply system is provided with a fifth valve.
In order to realize a set of system, a plurality of spray heads are arranged, and the solution outflow end is connected with the input ends of all foaming devices through a first distributor; the output end of the second compressed air system is connected with the input ends of all the foaming devices through a second distributor; the output end of the third compressed air system is connected with the input ends of all ultrasonic spray heads in the clear water injection system through a third distributor; the output end of the fourth compressed air system is connected with the input ends of all ultrasonic spray heads in the clear water injection system through a fourth distributor, and the input end of the fourth distributor is also connected with the output end of the clear water supply system. As shown in fig. 3, the first distributor, the second distributor, the third distributor and the fourth distributor have the same structure, and each of them includes: a tubular distributor input 6 and a plurality of tubular distributor outputs 7 communicating with each other.
The working principle of the embodiment shown in FIG. 1 is as follows: when foam dust fall is needed, starting a first pump to suck raw material liquid from a liquid material inlet, and simultaneously pumping the raw material liquid to a first liquid storage tank; and the second pump is inhaled through first water inlet (diluent), and the first blending tank is sent to the pump simultaneously, and first blending tank is airtight structure, is favorable to piling up the liquid outflow after the high pressure is convenient for oppress mixes. The addition of the raw material liquid needs to be set according to the amount of the pumped diluent. Raw materials liquid and diluent mix the back in first mixing tank, only need open first valve and flow out to the foaming device promptly through first distributor, and the pressure wind in the second pressure wind system stimulates in the foaming device simultaneously and forms more foams, and sweeps out the foam shower nozzle with the foam that forms.
When clear water is needed for dust fall, the third pump sucks the second water inlet and pumps the second liquid storage tank, the second liquid storage tank is also of a sealing structure, high pressure is stored in the second liquid storage tank, and after the second valve is opened, clear water immediately flows out of the fourth distributor and then reaches each ultrasonic sprayer. Meanwhile, the third compressed air system can flush high-pressure compressed air into the third distributor through the third valve, and after the air and the clean water are mixed, the high-pressure air pushes the clean water to form spray at the ultrasonic spray head.
When the clean water pipeline needs to be cleaned, the fifth valve is closed, and the fourth valve is opened; therefore, the compressed air can impact the pipeline flowing through the clear water, and the accumulated water in the pipeline is prevented from being frozen by hand cooling.
In order to store high pressure, the top parts of the first liquid storage tank and the second liquid storage tank are provided with sealed spaces, and certain gas is filled in the sealed spaces.
It should be noted that: the utility model discloses a use equipment classification in the embodiment can be as follows, for example first pump can be: gear pumps or high viscosity pumps; the second and third pumps may be: a vertical multistage pump or a horizontal multistage pump.
The first valve, the second valve, the third valve, the fourth valve, and the fifth valve may be: electric quick-closing ball valves, pneumatic electromagnetic valves and the like.
The metering pump may be: plunger metering pumps or diaphragm metering pumps, etc.
The foam nozzle and the ultrasonic nozzle are all commonly seen types.
The present invention has been described above based on the embodiments and the modified examples, but the embodiments of the above aspects are examples for facilitating understanding of the present invention, and are not intended to limit the present invention. All changes, modifications and equivalents coming within the spirit and terms of the invention and claimed herein are intended to be embraced therein. In addition, if technical features thereof are not described as indispensable in the present specification, appropriate deletion may be made.
Claims (10)
1. The utility model provides a foam water smoke presses down dirt system which characterized in that: the system comprises a foam dust suppression system, a water mist dust suppression system and a wind supply system;
the foam dust suppression system includes: a diluent supply system for continuously supplying a set amount of diluent to a first mixing tank, a stock solution supply system for proportionally adding a raw material solution to the first mixing tank according to the set amount of the diluent supplied, and a foaming injection system for injecting the solution formed in the first mixing tank after passing through a foaming device;
the water mist dust suppression system comprises: the fresh water spraying system comprises a fresh water supply system for continuously supplying fresh water and a fresh water spraying system for atomizing and spraying out the fresh water; the fresh water supply system comprises: a second liquid storage device for storing the clean water pressure;
the air supply system comprises: a second compressed air system for providing air pressure for the foaming device to foam or clean liquid remained in the foam flowing pipeline; a third compressed air system for providing air pressure for atomizing the clear water; and the fourth air compression system provides air pressure for cleaning the liquid remained in the clean water circulation pipeline.
2. The foam water mist dust suppression system of claim 1, wherein: the foaming injection system comprises a plurality of foam nozzles, the output end of each foaming device corresponds to one foam nozzle, and the input end of each foaming device is respectively connected with the solution inflow end and the output end of the second air pressing system in parallel.
3. The foamed water mist dust suppression system according to claim 1 or 2, characterized in that: the clean water injection system comprises a plurality of ultrasonic spray heads, and the input end of each ultrasonic spray head is respectively connected with the output end of the clean water supply system and the output end of the third compressed air system in parallel; the output end of the clear water supply system is also connected with the output end of the fourth compressed air system.
4. The foam water mist dust suppression system of claim 3, wherein: the solution outflow end is connected with the input ends of all foaming devices through a first distributor;
the output end of the second air compression system is connected with the input ends of all the foaming devices through a second distributor;
the output end of the third air compression system is connected with the input ends of all ultrasonic spray heads in the clean water spraying system through a third distributor;
the output end of the fourth compressed air system is connected with the input ends of all ultrasonic spray heads in the clear water injection system through a fourth distributor, and the input end of the fourth distributor is also connected with the output end of the clear water supply system.
5. The foam water mist dust suppression system of claim 4, wherein: the first distributor, the second distributor, the third distributor and the fourth distributor have the same structure and all comprise: a tubular distributor input (6) and a plurality of tubular distributor outputs (7) communicating with each other.
6. The foam water mist dust suppression system of claim 1, wherein: the foaming device comprises a shell cavity (1), an output pipe (2) communicated with the shell cavity (1), a foaming network (5) in a space network shape arranged in the shell cavity (1) and close to the output pipe (2), and an input pipe (3) communicated with the shell cavity (1); the output end of the input pipe (3) extends to a position close to the foaming network (5); the shell cavity (1) is also provided with an air inlet (4) for air pressure to enter.
7. The foam mist dust suppression system of claim 1, wherein: the diluent supply system includes: the second pump is used for conveying and pressurizing diluent, and a liquid inlet end of the second pump is provided with a one-way valve;
the dope supply system includes: the first pump is used for pressurizing the raw material liquid and conveying the raw material liquid to the first liquid storage tank, and a liquid inlet end of the first pump is provided with a one-way valve; and the raw material liquid of the first liquid storage tank is pumped to the first mixing tank through a metering pump.
8. The foam water mist dust suppression system of claim 1, wherein: the second reservoir includes: the tank body and a sealed air cavity which is arranged above the tank body and communicated with the tank body.
9. The foam mist dust suppression system of claim 1, wherein: the output end of the first mixing tank is provided with a first valve, and the output end of the second air compression system is provided with a second valve.
10. The foam mist dust suppression system of claim 1, wherein: and the output end of the third compressed air system is provided with a third valve, and the output end of the clear water supply system is provided with a fifth valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221608156.4U CN217549372U (en) | 2022-06-23 | 2022-06-23 | Foam water smoke presses down dirt system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221608156.4U CN217549372U (en) | 2022-06-23 | 2022-06-23 | Foam water smoke presses down dirt system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217549372U true CN217549372U (en) | 2022-10-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221608156.4U Active CN217549372U (en) | 2022-06-23 | 2022-06-23 | Foam water smoke presses down dirt system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217549372U (en) |
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2022
- 2022-06-23 CN CN202221608156.4U patent/CN217549372U/en active Active
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